Stainless Steel Belts

Stainless steel belt on a cooling system

Stainless steel belt on a cooling system

Stainless steel belt

Stainless steel belt

Berndorf Belt Technology USA is the leading provider of high-quality, reliable stainless steel conveyor belts for many industries, including food, chemical, rubber, and plastic. The manufacturing of our stainless steel belts is fully customizable to meet our customers’ needs. Our engineers and service technicians are available every step of the way to ensure that our steel belts are the most appropriate and efficient for your production line.

The stainless steel belts are easily combined with our other technologies, including complete steel belt systems, feeding devices and discharge devices. Tracking devices, such as Vee-Ropes and automated tracking systems, keep the conveyor belts running straight from front to back and prevent shifting. The high corrosion resistance of the Berndorf belt keeps it running without damage to products or the steel belt system.

On-site testing facilities allow us to demonstrate to customers how our stainless steel conveyor belts function under manufacturing conditions. The data gathered are available to both the customer and our engineering staff, better enabling the design of a stainless steel belt or complete steel belt system. Our testing facility is fully equipped to handle a variety of production scenarios.

Berndorf-certified technicians provide installation and service of the stainless steel conveyors. Our service technicians are available to visit your site for routine care, inspection, and emergency services. Customers with an in-house maintenance staff can also receive training on conveyor belt service tools.

To learn more about how a Berndorf Belt Technology USA stainless steel conveyor belt can meet your needs, contact us today. Our staff is able to answer any questions you may have about any aspect of our belt technologies.

Stainless Steel Belt Technical Data

Below you will find complete information on several of our stainless steel conveyor belts.  For more information on choosing the appropriate belt for your process, contact Berndorf Belt Technology USA.

Material NICRO
12.1
NICRO
22
NICRO
31
NICRO
52
NICRO
52.6
NICRO
62.5
Type

 
 Similar material DIN
  AISI
CrNi 17 7
1.4310
301
CrNiMo 17 12 2
1.4401
316
CrNiTi 13 4
1.4313
-
CrNiCuTi 15 7
-
-
CrNiCuTi 15 7
-
-
CrNiCuTi 15 5
-
-
Tensile strength
0.2% yield offset
strength
RT N/mm2
RT N/mm2
   
 
1150
950
1100
970
1080
1050
1150
1100
1550
1500
1450
1410
Hardness Rockwell HRC
  Vickers HV 10
Elongation 50mm = 1.96"
%
37,0
360
18
33,0
330
12
33,5
330
5
37,0
360
8
47,5
480
6
46,0
460
8
Welding factor 0,70 0,65 0,95 0,95 0,80 0,75
Fatigue strength
under reversed
bending stress*)
Modulus of elasticity
RT N/mm2
at 20 °C=68 °F N/mm2
 
480 440 480 500 700 650
200.000 200.000 205.000 200.000 200.000 200.000
Density kg/dm3

7,90

7,95

7,70

7,74

7,74

7,80

Mean coefficient of thermal expansion 20-100 °C=68-212 °F 10-6m/m°C
20-200 °C=68-392 °F 10-6m/m°C
20-300 °C=68-572 °F 10-6m/m°C
  20-400 °C=68-752 °F 10-6m/m°C
Specific heat    J/g°C
Thermal conductivity at 20 °C=68 °F
W/m°C
16,0
17,0
-
-
0,50

15
16,5
17,5
-
-
0,50

15
10,8
11,2
11,7
-
0,46

21
10,9
11,5
11,7
-
0,50

16
10,9
11,5
11,7
-
 0,50

16
10,8
10,8
11,3
-
 0,42

16
Specific electric resistance at 20=68 °F °C Ohm mm/m2
0,73 0,75 0,60 0,80 0,80 0,77
Max. permissible operating temperature °C
°F
Tensile strength at max. permissible operating temperature N/mm2
0.2% yield offset strength at max. permissible operating temperature N/mm2
250
480
940
 
770
250
480
870
 
770
350
660
970
 
930
350
660
900
 
830
350
660
1250
 
1180
300
572
1160
 
1130


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